With the recent increase in urban drift, which has led to an unprecedented surge in urban
population, the smart city (SC) transportation industry faces a myriad of challenges …

Operational efficiency and stability are two critical aspects to measure bus systems.
Influenced by many stochastic factors, buses always suffer from delay and bunching …

The polycentric city model has gained popularity in spatial planning policy, since it is
believed to overcome some of the problems often present in monocentric metropolises …

Rapid urbanization has dramatically changed the urban spatial structures, causing a
mismatch between residents' commuting activities and the optimal status of the current …

Detecting urban mobility structure, ie, segmenting urban areas into disjoint clusters with
similar mobility patterns, can facilitate our understanding of how a city is organized and how …

Mobility functional areas are tools based on human mobility that can be useful for spatial
and transport planning in delicate situations such as the COVID-19 pandemic. In this work …

Cities are connected by their functions and so are the spaces within cities. With the
emergence of multisource data containing abundant urban residents' mobile information …

The rise of data from smart city services and the emergence of advanced algorithms have
emphasized the need for a deeper understanding of the underlying patterns of urban …

This paper introduces a novel approach, integrating bipartite network modelling and
overlapping community detection, to evaluate the coordination of transit lines in public …

The urban road network is a large and complex system characterized by significant
heterogeneity arising from different spatial structures and traffic demands. To facilitate …